Flow Mixers TRIZ Cases

A vertical gas-liquid reactor mixer uses coaxial and tangential inlet pipes to generate rotary flow patterns within vortex chambers.

A mixing tee flow control device uses a spherical bowl to blend high and low temperature fluids through segmented paths.

Curved elbow piping induces centrifugal force to mix immiscible fluids without diffuser structures that cause fouling.

A microfluidic chip with multiple analysis regions enables viral load quantification through digital RT-PCR.

An adjustable partition in a liquid measuring beaker isolates measurement from pump vibration and piping stress to improve mixing precision.

A venturi liquid aerator attaches to a bottle and infuses oxygen into the beverage as it pours.

Segmented rotor pump delivers precise concentrate quanta into a dilution chamber for rapid beverage mixing.

A counter-collision device uses a turning mechanism to adjust nozzle orientation while maintaining injection direction.

A centrifugal mixing nozzle tip assembly directs precursor fluids through fluted channels into a swirl chamber for rapid homogenization.

Segmented depressions and buffer chambers stabilize fluid flow, reducing pulsation for uniform mixing.

A mixing device uses a wedge-shaped flow guide to divide exhaust gas into counter-swirl partial flows for better additive integration.

A slurry storage device uses a pump and nozzle to circulate fluid within a container for uniform mixing.

A microfluidic apparatus merges continuous and dispersed phase solutions in a controlled volume to form fine particles with precise size distribution.

A flexible swirl flow forming member creates radial fluid motion within a paint passage manifold to enhance wash performance.

Merging CO2 storage and chilling into one unit reduces system footprint while enabling user selection of carbonated, chilled, or ambient water options.

A modular sampling system uses a flow mixer to create a homogeneous bulk liquid phase for accurate water-to-liquid ratio measurement.

A mixing device uses concentric ring elements to direct adhesive components into radial flow paths for effective blending.

A compact gas infusion module regulates input pressure and mixes fluids in a homogenization element for consistent beverage aeration.

A flow generator uses a rotating chamber to induce swirling motion in media for rapid mixing.

A spray reactor atomizes liquid into mist using pressurized gas to enhance chemical reaction rates.

An onboard aspirator mixes concentrated fluids via the Venturi effect, reducing cargo weight and safety risks.

A unitary static mixer body uses integral undercuts to create continuous swirl patterns for fluid mixing.

Communication holes in a corrugated catalyst structure equalize flow rate distribution and reduce diffusion resistance for laminar reaction fluids.

Segmented liquid passages enable multi-directional flow for effective air mixing, preventing clogging from abrasive additives at low pressure.

A lateral exhaust injection chamber uses perforated partitions to generate opposing flow vortices for improved reducing agent mixing.

Offset vanes in a Venturi mixer create swirling flow to mix diesel exhaust fluid, preventing deposits and boosting NOx reduction efficiency.

A hole-jetting reactor jets amine vapor perpendicularly into a phosgene stream to enhance gas mixing efficiency.

A high-pressure shear mixing device hydrates polymers via molecular unraveling through a dedicated orifice and hydration passage.

A mixing chamber with a varying cross section distributes powder into molten metal using gravity and vacuum mechanisms.

A static mixer blends enzyme particles into detergent powder streams without mechanical damage.

Cross-wise hollow structures deflect high viscosity fluids to improve mixing homogeneity while minimizing heat exchange surface area.

Choke nozzles create choked flow conditions that produce nanometre-scale bubbles, increasing gas hold-up and reaction efficiency in gold leaching slurry.

A mixing member in a decomposition pipe increases exhaust velocity and turbulence to enhance reductant dispersion.

Elongated hollow body with internal partitions divides exhaust gas and air into secondary streams for homogeneous mixing.

A disposable corona discharge ozone generator resolves nitric acid precipitation by capturing it in a water trap while maintaining high production.

A sensor unit detects liquid contact with a tank interior surface to monitor ejection patterns.

Segmented channels in a ceramic isolator mix precursors uniformly, preventing remote plasma unit damage from reactive fluorine species.

An ozone generator and venturi mix gas with water to create a solution that destroys pathogens in under 30 seconds without chlorine residues.

Partitioned blending sections eliminate air entrainment and improve mixing performance for hydraulic fracturing operations.

Inline carbonation apparatus atomizes water through multi-hole orifices to absorb pressurized carbon dioxide.

Local blade sharpening minimizes power losses from flow separation while maintaining manufacturing simplicity.

A pneumatic mixing section transports and blends fiberized material with thermally meltable resin to create uniform deposition aggregates.

A mixing device controls pulsed powder dosing using real-time power consumption feedback to optimize energy efficiency.

A substrate processing manifold directs precursor gases through a dedicated guide portion to ensure uniform mixing and film thickness distribution.

An orifice plate device reduces flow cross section to increase turbulence and internal fluid friction for rapid mixing.

A Venturi injector assembly draws concentrate into a solvent stream to create a uniform chemical solution, preventing incorrect container connections.

Swirl generation devices and tubular evaporators ensure uniform mixing of water-urea mixtures, preventing deposit formation in SCR catalysts.

Extracting the pump system outside the tank reduces maintenance complexity while internal spray fixtures circulate water to prevent sediment accumulation.

Portable mixing tank and pump system dissolve solid salt in local water to produce concentrated brine on-site.